Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Low-energy-consumption self-heat-preservation composite structure wall
A low-energy-consumption self-heat-preservation composite structure wall is provided with a framework made of light steel keels, two C-shaped frameworks are connected through pulling and connecting rods to form a cavity frame or D-shaped keels form a net frame through transverse steel bars, the cavity frame or the net frame is filled with ultra-light particle gathering foam cement, and an inner wall framework is connected with a continuous building net mold. The building net mold is fixed on the outer wall framework, anti-crack mortar is sprayed on the surface of the building net mold to form an inner wall face, the outer wall framework is fixedly provided with continuous ceramic plates or foaming ceramic plates through hanging pieces, polyurethane foam is injected between the ceramic plates or the foaming ceramic plates and the outer wall framework to form an outer wall face, or the outer wall framework is fixedly provided with the continuous ceramic plates or the foaming ceramic plates through the hanging pieces. And ultra-light aggregate particle foam cement is sprayed between the wall surfaces and the outer wall surfaces. According to the invention, construction is fast, waterproof, fireproof, safe, anti-seismic and self-energy-saving, which refers to combination of any two or three of the polyurethane foam, the foamed ceramic plate and the ultra-light aggregate particle foam cement, and the requirement of 75% energy conservation of national buildings can be met.
一种低能耗自保温复合结构墙体，有轻钢龙骨制成的骨架，两榀C型骨架通过拉接杆连接形成腔架或D型龙骨通过横向钢条形成网架，腔架或网架内部填充有超轻质聚粒泡沫水泥，内墙骨架连接有连续的建筑网模，并在建筑网模表面喷涂抗裂砂浆形成内墙面，外墙骨架通过挂件固定有连续的陶瓷板或发泡陶瓷板，在陶瓷板或发泡陶瓷板与外墙骨架之间喷注聚氨酯泡沫形成外墙面，或者外墙骨架通过挂件固定有连续的陶瓷板或发泡陶瓷板，形成外墙面，墙面与外墙面之间喷筑有超轻质聚粒泡沫水泥。本发明施工快捷，防水防火，安全抗震，自节能是指聚氨酯泡沫、发泡陶瓷板、超轻质聚粒泡沫水泥，其中任意二种组合或三种共同组合，可实现国家建筑节能75％要求。
Low-energy-consumption self-heat-preservation composite structure wall
A low-energy-consumption self-heat-preservation composite structure wall is provided with a framework made of light steel keels, two C-shaped frameworks are connected through pulling and connecting rods to form a cavity frame or D-shaped keels form a net frame through transverse steel bars, the cavity frame or the net frame is filled with ultra-light particle gathering foam cement, and an inner wall framework is connected with a continuous building net mold. The building net mold is fixed on the outer wall framework, anti-crack mortar is sprayed on the surface of the building net mold to form an inner wall face, the outer wall framework is fixedly provided with continuous ceramic plates or foaming ceramic plates through hanging pieces, polyurethane foam is injected between the ceramic plates or the foaming ceramic plates and the outer wall framework to form an outer wall face, or the outer wall framework is fixedly provided with the continuous ceramic plates or the foaming ceramic plates through the hanging pieces. And ultra-light aggregate particle foam cement is sprayed between the wall surfaces and the outer wall surfaces. According to the invention, construction is fast, waterproof, fireproof, safe, anti-seismic and self-energy-saving, which refers to combination of any two or three of the polyurethane foam, the foamed ceramic plate and the ultra-light aggregate particle foam cement, and the requirement of 75% energy conservation of national buildings can be met.
一种低能耗自保温复合结构墙体，有轻钢龙骨制成的骨架，两榀C型骨架通过拉接杆连接形成腔架或D型龙骨通过横向钢条形成网架，腔架或网架内部填充有超轻质聚粒泡沫水泥，内墙骨架连接有连续的建筑网模，并在建筑网模表面喷涂抗裂砂浆形成内墙面，外墙骨架通过挂件固定有连续的陶瓷板或发泡陶瓷板，在陶瓷板或发泡陶瓷板与外墙骨架之间喷注聚氨酯泡沫形成外墙面，或者外墙骨架通过挂件固定有连续的陶瓷板或发泡陶瓷板，形成外墙面，墙面与外墙面之间喷筑有超轻质聚粒泡沫水泥。本发明施工快捷，防水防火，安全抗震，自节能是指聚氨酯泡沫、发泡陶瓷板、超轻质聚粒泡沫水泥，其中任意二种组合或三种共同组合，可实现国家建筑节能75％要求。
Low-energy-consumption self-heat-preservation composite structure wall
一种低能耗自保温复合结构墙体
XIAO CHENGJUN (Autor:in) / WANG LIJIU (Autor:in) / YAN ZHENJIA (Autor:in)
22.07.2022
Patent
Elektronische Ressource
Chinesisch
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